The Challenge: Hidden Self-Service Content

Most customer service teams are not suffering from a lack of content – they are suffering from hidden content. Your FAQ, help center and knowledge base already contain answers to a large share of incoming tickets. Yet customers still reach out because they cannot find the right article, the wording does not match their intent, or the navigation forces them to give up and open a ticket.

Traditional approaches to self-service – static FAQs, keyword-based search, and manually curated topic trees – no longer keep up with how customers describe their problems. They type natural language, partial error messages, or even screenshots. Legacy systems match exact words, not real intent, so relevant articles remain buried. Content teams respond by creating more articles or new sections, which often makes the findability problem worse instead of better.

The business impact is substantial. Avoidable contacts inflate ticket volume, drive up support costs, and slow down response times for complex cases. Agents spend time answering “already solved” issues instead of focusing on high-value interactions. Poor self-service experiences also damage perceived responsiveness and customer satisfaction – customers feel ignored when they discover later that the answer existed all along. Over time, this erodes trust in your digital support channels.

The good news: this problem is very real, but it is also highly solvable with the right AI capabilities. By using tools like Gemini to understand user intent, analyze knowledge gaps and rewrite content, companies can dramatically increase self-service adoption without rebuilding their entire support stack. At Reruption, we’ve helped organisations turn underused documentation into effective AI-powered support, and in the rest of this page we’ll walk through practical, concrete steps you can take to do the same.

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Our Assessment

A strategic assessment of the challenge and high-level tips how to tackle it.

At Reruption, we see the same pattern again and again: customer service teams invest heavily in FAQs and help centers, but self-service deflection stalls because customers cannot find or understand the content. Our experience building AI-powered assistants and document analysis solutions shows that Gemini is particularly strong at connecting messy, real-world user intent with the right documentation and exposing where your self-service content is underused or missing altogether.

Treat Hidden Content as a Data Problem, Not a Content Problem

Many organisations respond to low self-service usage by writing more articles or redesigning the help center. In reality, the bigger lever is understanding how existing content performs against real customer intent. Strategically, you should treat hidden self-service content as a data and discovery problem: which intents appear in tickets, which intents are already covered in your knowledge base, and where is the mismatch.

Gemini can process ticket logs, search queries and article content to cluster intents and map them to documentation. This shifts your team’s mindset from “let’s create more content” to “let’s make the right content discoverable and consumable”. It also allows you to prioritise changes based on volume and business impact rather than guessing.

Align AI Self-Service with Your Overall Support Strategy

Dropping an AI chatbot on top of your help center without a strategy rarely delivers sustainable ticket deflection. Before implementation, define which contact types you want to deflect, which you want to triage, and which should always go to a human. This strategic segmentation ensures that Gemini-powered search and chat are optimised for the right use cases and that customers are not frustrated by an over-ambitious bot.

We recommend mapping customer journeys and deciding where AI should resolve, guide, or hand over. For example, simple “how do I” questions might be fully automated, while billing disputes are always escalated with a Gemini-generated summary for the agent. That clarity informs how you design prompts, workflows and success metrics.

Prepare Your Knowledge Base for AI Consumption

Gemini can work with messy data, but the strategic value increases dramatically when your support knowledge base follows some basic structure. This doesn’t mean a huge taxonomy project; it means ensuring unique IDs for articles, clear titles, tags for products or features, and a consistent place for prerequisites, steps and edge cases. These conventions make it easier for Gemini to retrieve, rank and rewrite content.

Think of Gemini as a very smart layer on top of your documentation – not a magic replacement for it. The better the underlying structure, the more confidently you can let AI answer questions, generate article recommendations or draft new how-tos. Investing in this foundational work is a strategic move that compounds over time as you automate more of your customer service.

Bring Customer Service, Content and Engineering into One Team

Successful AI self-service initiatives are rarely owned by a single function. Customer service knows the real pain points, content teams own the knowledge base, and engineering owns the systems. To fully leverage Gemini in customer service, you need a cross-functional squad that can iterate quickly on prompts, flows and content changes.

From our Co-Preneur work, we know that embedding AI engineers directly with support and content specialists drastically shortens feedback loops. Agents can flag where the AI misunderstood an intent, content owners can adjust articles or tags, and engineers can refine retrieval and ranking. This “one team” approach is far more effective than a distant IT project handing over a finished chatbot.

Manage Risks Around Accuracy, Tone and Governance

While Gemini is powerful, you need a deliberate approach to risk. Strategically decide where the AI is allowed to “answer from the model” versus only answer from approved knowledge base content. For many support organisations, the right starting point is retrieval-augmented generation: Gemini can only answer using your documentation, with references back to source articles.

Governance also matters. Define review processes for AI-generated answers and article rewrites, set thresholds for confidence scores before answers are shown, and monitor for tone, compliance and brand alignment. A clear governance model reassures stakeholders that AI won’t go off-script and gives you the confidence to scale usage once the guardrails prove effective.

Using Gemini to surface hidden self-service content is less about installing another chatbot and more about rethinking how your organisation connects customer intent with existing knowledge. With the right strategy, governance and cross-functional team, Gemini can turn an underused help center into a core driver of ticket deflection and better customer experience. Reruption’s hands-on engineering and Co-Preneur approach are built for exactly this kind of problem, so if you want to explore a focused proof of concept or a deeper rollout, we’re ready to help you turn concepts into a working AI support layer.

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Real-World Case Studies

From Banking to Agriculture: Learn how companies successfully use Gemini.

Lunar

Banking

Lunar, a leading Danish neobank, faced surging customer service demand outside business hours, with many users preferring voice interactions over apps due to accessibility issues. Long wait times frustrated customers, especially elderly or less tech-savvy ones struggling with digital interfaces, leading to inefficiencies and higher operational costs. This was compounded by the need for round-the-clock support in a competitive fintech landscape where 24/7 availability is key. Traditional call centers couldn't scale without ballooning expenses, and voice preference was evident but underserved, resulting in lost satisfaction and potential churn.

Lösung

Lunar deployed Europe's first GenAI-native voice assistant powered by GPT-4, enabling natural, telephony-based conversations for handling inquiries anytime without queues. The agent processes complex banking queries like balance checks, transfers, and support in Danish and English. Integrated with advanced speech-to-text and text-to-speech, it mimics human agents, escalating only edge cases to humans. This conversational AI approach overcame scalability limits, leveraging OpenAI's tech for accuracy in regulated fintech.

Ergebnisse

  • ~75% of all customer calls expected to be handled autonomously
  • 24/7 availability eliminating wait times for voice queries
  • Positive early feedback from app-challenged users
  • First European bank with GenAI-native voice tech
  • Significant operational cost reductions projected
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Ford Motor Company

Manufacturing

In Ford's automotive manufacturing plants, vehicle body sanding and painting represented a major bottleneck. These labor-intensive tasks required workers to manually sand car bodies, a process prone to inconsistencies, fatigue, and ergonomic injuries due to repetitive motions over hours . Traditional robotic systems struggled with the variability in body panels, curvatures, and material differences, limiting full automation in legacy 'brownfield' facilities . Additionally, achieving consistent surface quality for painting was critical, as defects could lead to rework, delays, and increased costs. With rising demand for electric vehicles (EVs) and production scaling, Ford needed to modernize without massive CapEx or disrupting ongoing operations, while prioritizing workforce safety and upskilling . The challenge was to integrate scalable automation that collaborated with humans seamlessly.

Lösung

Ford addressed this by deploying AI-guided collaborative robots (cobots) equipped with machine vision and automation algorithms. In the body shop, six cobots use cameras and AI to scan car bodies in real-time, detecting surfaces, defects, and contours with high precision . These systems employ computer vision models for 3D mapping and path planning, allowing cobots to adapt dynamically without reprogramming . The solution emphasized a workforce-first brownfield strategy, starting with pilot deployments in Michigan plants. Cobots handle sanding autonomously while humans oversee quality, reducing injury risks. Partnerships with robotics firms and in-house AI development enabled low-code inspection tools for easy scaling .

Ergebnisse

  • Sanding time: 35 seconds per full car body (vs. hours manually)
  • Productivity boost: 4x faster assembly processes
  • Injury reduction: 70% fewer ergonomic strains in cobot zones
  • Consistency improvement: 95% defect-free surfaces post-sanding
  • Deployment scale: 6 cobots operational, expanding to 50+ units
  • ROI timeline: Payback in 12-18 months per plant
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Rolls-Royce Holdings

Aerospace

Jet engines are highly complex, operating under extreme conditions with millions of components subject to wear. Airlines faced unexpected failures leading to costly groundings, with unplanned maintenance causing millions in daily losses per aircraft. Traditional scheduled maintenance was inefficient, often resulting in over-maintenance or missed issues, exacerbating downtime and fuel inefficiency. Rolls-Royce needed to predict failures proactively amid vast data from thousands of engines in flight. Challenges included integrating real-time IoT sensor data (hundreds per engine), handling terabytes of telemetry, and ensuring accuracy in predictions to avoid false alarms that could disrupt operations. The aerospace industry's stringent safety regulations added pressure to deliver reliable AI without compromising performance.

Lösung

Rolls-Royce developed the IntelligentEngine platform, combining digital twins—virtual replicas of physical engines—with machine learning models. Sensors stream live data to cloud-based systems, where ML algorithms analyze patterns to predict wear, anomalies, and optimal maintenance windows. Digital twins enable simulation of engine behavior pre- and post-flight, optimizing designs and schedules. Partnerships with Microsoft Azure IoT and Siemens enhanced data processing and VR modeling, scaling AI across Trent series engines like Trent 7000 and 1000. Ethical AI frameworks ensure data security and bias-free predictions.

Ergebnisse

  • 48% increase in time on wing before first removal
  • Doubled Trent 7000 engine time on wing
  • Reduced unplanned downtime by up to 30%
  • Improved fuel efficiency by 1-2% via optimized ops
  • Cut maintenance costs by 20-25% for operators
  • Processed terabytes of real-time data from 1000s of engines
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JPMorgan Chase

Banking

In the high-stakes world of asset management and wealth management at JPMorgan Chase, advisors faced significant time burdens from manual research, document summarization, and report drafting. Generating investment ideas, market insights, and personalized client reports often took hours or days, limiting time for client interactions and strategic advising. This inefficiency was exacerbated post-ChatGPT, as the bank recognized the need for secure, internal AI to handle vast proprietary data without risking compliance or security breaches. The Private Bank advisors specifically struggled with preparing for client meetings, sifting through research reports, and creating tailored recommendations amid regulatory scrutiny and data silos, hindering productivity and client responsiveness in a competitive landscape.

Lösung

JPMorgan addressed these challenges by developing the LLM Suite, an internal suite of seven fine-tuned large language models (LLMs) powered by generative AI, integrated with secure data infrastructure. This platform enables advisors to draft reports, generate investment ideas, and summarize documents rapidly using proprietary data. A specialized tool, Connect Coach, was created for Private Bank advisors to assist in client preparation, idea generation, and research synthesis. The implementation emphasized governance, risk management, and employee training through AI competitions and 'learn-by-doing' approaches, ensuring safe scaling across the firm. LLM Suite rolled out progressively, starting with proofs-of-concept and expanding firm-wide.

Ergebnisse

  • Users reached: 140,000 employees
  • Use cases developed: 450+ proofs-of-concept
  • Financial upside: Up to $2 billion in AI value
  • Deployment speed: From pilot to 60K users in months
  • Advisor tools: Connect Coach for Private Bank
  • Firm-wide PoCs: Rigorous ROI measurement across 450 initiatives
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Maersk

Shipping

In the demanding world of maritime logistics, Maersk, the world's largest container shipping company, faced significant challenges from unexpected ship engine failures. These failures, often due to wear on critical components like two-stroke diesel engines under constant high-load operations, led to costly delays, emergency repairs, and multimillion-dollar losses in downtime. With a fleet of over 700 vessels traversing global routes, even a single failure could disrupt supply chains, increase fuel inefficiency, and elevate emissions . Suboptimal ship operations compounded the issue. Traditional fixed-speed routing ignored real-time factors like weather, currents, and engine health, resulting in excessive fuel consumption—which accounts for up to 50% of operating costs—and higher CO2 emissions. Delays from breakdowns averaged days per incident, amplifying logistical bottlenecks in an industry where reliability is paramount .

Lösung

Maersk tackled these issues with machine learning (ML) for predictive maintenance and optimization. By analyzing vast datasets from engine sensors, AIS (Automatic Identification System), and meteorological data, ML models predict failures days or weeks in advance, enabling proactive interventions. This integrates with route and speed optimization algorithms that dynamically adjust voyages for fuel efficiency . Implementation involved partnering with tech leaders like Wärtsilä for fleet solutions and internal digital transformation, using MLOps for scalable deployment across the fleet. AI dashboards provide real-time insights to crews and shore teams, shifting from reactive to predictive operations .

Ergebnisse

  • Fuel consumption reduced by 5-10% through AI route optimization
  • Unplanned engine downtime cut by 20-30%
  • Maintenance costs lowered by 15-25%
  • Operational efficiency improved by 10-15%
  • CO2 emissions decreased by up to 8%
  • Predictive accuracy for failures: 85-95%
Read case study →

Best Practices

Successful implementations follow proven patterns. Have a look at our tactical advice to get started.

Connect Gemini to Your Knowledge Base with Retrieval-First Design

The most reliable way to reduce hidden content is to let Gemini retrieve and quote from your existing articles, instead of inventing free-form answers. Technically, this means building a retrieval-augmented generation (RAG) layer: your knowledge base is indexed (via embeddings or search), Gemini receives the top-matching passages plus the user question, and then drafts an answer using only that context.

When configuring this, ensure each knowledge base article has stable identifiers, a concise title, and short sections that can be served as context snippets. In your application code or no-code platform, enforce prompting rules that instruct Gemini to reference sources and avoid speculation.

System prompt example for retrieval-based answers:
You are a customer service assistant.
Only answer using the <context> provided.
If the answer is not clearly in the context, say you don't know
and suggest the user contact support.
Always list the article title and ID you used at the end.

<context>
{{top_k_passages_from_kb}}
</context>

Expected outcome: higher accuracy, easier auditing, and faster adoption by your support team because they can see exactly which article powered each answer.

Use Gemini to Analyze Ticket Logs and Search Queries for Content Gaps

To systematically surface hidden or missing content, feed historic ticket data and site search logs into Gemini in batches. The goal is to cluster similar requests and compare them to your current article set. You can automate this by exporting tickets (subject, body, tags) and running them through a Gemini-powered analysis pipeline.

At a practical level, start with a smaller sample (e.g. 5,000–20,000 tickets) and ask Gemini to normalise and label intents. Then, for each high-volume intent, check whether a help article exists and whether customers actually reach it before submitting tickets.

Example analysis prompt for batch processing:
You are analyzing support tickets.
For each ticket, output:
- Canonical intent label (max 7 words)
- Complexity: simple / medium / complex
- Whether this should be solvable via self-service (yes/no)
- Key terms customers use (3-5 phrases)

Ticket text:
{{ticket_body}}

Expected outcome: a prioritised list of intents that are already covered by content but not found (hidden content) and intents that need new, targeted articles or workflows.

Rewrite Technical Docs into Clear, Step-by-Step Guides

Hidden content is often not just hard to find – it’s hard to understand. Gemini can take internal technical documentation, changelogs or API docs and turn them into customer-facing guides with clear steps, screenshots placeholders, and warnings. This dramatically improves the usability of your knowledge base without rewriting everything manually.

Set up a repeatable workflow where content owners paste or sync raw documentation into a Gemini-powered tool and receive a first draft of a customer-friendly article. Require human review but let Gemini do the heavy lifting on structure, wording and examples.

Example rewrite prompt for customer-facing guides:
You are a customer support documentation writer.
Rewrite the following internal technical note into a clear, step-by-step
help center article for non-technical users.

Requirements:
- Start with a short summary in plain language
- Include a "Before you start" section with prerequisites
- Provide numbered steps with clear actions
- Add a "If this didn't work" section with common pitfalls
- Avoid internal jargon and abbreviations

Internal note:
{{technical_doc_text}}

Expected outcome: higher article completion and resolution rates, with less agent time spent translating technical language into customer-friendly answers.

Integrate Gemini Answers Directly into Ticket Forms and Chat Entry Points

One of the most effective ways to deflect tickets is to surface potential answers before the user submits a request. Implement a Gemini-powered "instant answer" panel on your contact form and chat entry points. As the customer types their subject or first message, send it to Gemini along with retrieved articles, and show suggested answers inline.

Configure your UI so that users can quickly open the suggested article, confirm whether it solved their issue, or continue to submit the ticket. Use analytics to measure how often these instant answers prevent submission, and continuously refine prompts using feedback.

Example prompt for instant suggestions:
You help users before they submit a support ticket.
Using only the <context> articles, generate:
- A short suggested answer (max 80 words)
- 3 article titles with IDs that might solve the issue

If the context is not sufficient, say:
"We may need more details – please continue with your request."

User draft ticket:
{{user_text}}

<context>
{{retrieved_articles}}
</context>

Expected outcome: measurable ticket deflection at the point of creation, with immediate impact on contact volume.

Give Agents Gemini-Powered Article and Reply Suggestions in the Inbox

Not every interaction can or should be deflected. For contacts that reach your agents, use Gemini inside the agent workspace to surface relevant articles and draft replies based on the conversation and your knowledge base. This both shortens handling time and reveals which articles should be improved or highlighted in self-service.

Integrate Gemini into your CRM or ticketing system via API so it receives the ticket thread and returns suggested responses plus knowledge base references. Agents can accept, edit, or reject suggestions, providing valuable training data.

Example prompt for agent assist:
You assist customer service agents.
Read the conversation and the <context> articles.
Draft a polite, concise reply that answers the user's question.
Cite the most relevant article ID at the end.

Conversation:
{{ticket_conversation}}

<context>
{{kb_snippets}}
</context>

Expected outcome: faster resolution for non-deflected tickets, more consistent answers, and clear signals on which articles drive the most value.

Track Deflection, Resolution and Content Utilisation with Clear KPIs

To ensure your Gemini setup keeps improving, attach concrete metrics to every workflow. At minimum, track: percentage of tickets resolved by self-service, form-view-to-ticket-submit rate, search-to-article-click-through rate, article-assisted resolution rate, and agent handle time. For AI-specific flows, measure how often Gemini suggestions are used or overridden.

Implement simple dashboards that connect your ticketing system, knowledge base analytics and AI logs. Use these to run A/B tests on prompts, article rewrites and UI changes. For example, you can compare deflection rates before and after Gemini-powered instant answers or content rewrites to quantify impact.

Expected outcomes: within 8–16 weeks, many organisations see 10–30% reductions in repetitive tickets for targeted categories, 15–25% faster handling times on remaining tickets, and significantly higher engagement with help center content that previously went unused.

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Frequently Asked Questions

Gemini helps in three main ways:

  • It analyzes ticket logs and search queries to identify intents that are already covered by your FAQ or help center but are not being used.
  • It powers semantic search and chat, so customers can phrase questions in their own words and still get the right article.
  • It rewrites dense or technical documentation into clear, step-by-step guides that customers can actually follow, reducing repeat contacts.

Together, these capabilities turn an underused knowledge base into a primary channel for resolving simple issues before they become tickets.

You typically need three capabilities: someone who owns the support process and KPIs, someone who owns the knowledge base/content, and an engineering resource to integrate Gemini with your ticketing system or help center. In many cases, this can be a small cross-functional squad rather than a large project team.

On the technical side, you need API access to Gemini, access to your knowledge base (via export or API), and data from your ticketing or chat system. Reruption can provide the AI engineering and architecture layer if you don’t have in-house experience with LLMs.

For a focused use case (e.g. 3–5 high-volume topics), you can typically launch a Gemini-powered self-service pilot in 4–6 weeks, assuming your knowledge base is accessible. Initial deflection impact is often visible within the first month after launch, especially if you integrate instant answers on the contact form.

More structural gains (rewriting key articles, optimizing search, expanding coverage) usually happen over 2–3 additional months. A realistic expectation for many organisations is a 10–20% reduction in repetitive tickets in the targeted areas within a quarter, with further improvements as you refine prompts and content.

The direct usage cost of Gemini (API calls) is typically low compared to support FTE costs. The main investments are integration work and some ongoing prompt/content tuning. ROI comes from reduced ticket volume, lower handling time per ticket, and improved customer satisfaction.

We recommend building a simple model: estimate your current cost per ticket and the share of tickets that are simple, repeatable issues. Even modest deflection (e.g. 10–15% of these tickets) often pays back the initial implementation within months. Because Gemini also accelerates agents via suggestions and summaries, the combined productivity lift is usually higher than deflection alone.

Reruption combines deep engineering with a Co-Preneur mindset: we embed with your team and build real AI workflows, not just slideware. For this specific problem, we typically start with our AI PoC for 9.900€, where we:

  • Define and scope a concrete deflection use case (e.g. 2–3 high-volume contact reasons).
  • Connect Gemini to a subset of your ticket data and knowledge base.
  • Build a working prototype for AI-powered search, instant answers, or article rewrites.
  • Measure quality, speed and expected cost per interaction.

From there, we can support you in hardening the prototype for production, integrating with your existing tools, and enabling your customer service and content teams to operate and iterate the solution themselves.

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